Visual Fiber Optic Sensing DAS Teaching Instrument

Product Development Background

As a DAS manufacturer frequently interacting with research users, YBPhotonics offers diverse product solutions for building Φ-OTDR systems. These include configurations using standalone modules as well as integrated DAS modules. The modular approach demands high user proficiency, meticulous attention to detail, and precise wiring—otherwise it may lead to fiber breakage or power supply short circuits in optical components.

Our Solution

To address this, we introduce the DAS-EDU educational instrument. This device integrates all module components within a 400×290×73mm aluminum alloy enclosure. Its high-transparency acrylic front panel allows users to clearly view all system components. A schematic diagram of the system wiring is printed directly onto the acrylic panel, facilitating user comprehension. To enhance hands-on learning, all module connectors are conveniently located on the instrument's side panel. Users can physically connect components themselves, deepening their understanding.

Product Features

1. The system schematic is clear and concise, displaying the appearance and routing of each core component.

2. Distributed fiber optic acoustic sensing system capable of measuring long-distance optical cable vibration signals.

3. Quantitative restoration of PZT vibration signals.

4. Real-time restoration and playback of acoustic monitoring signals.

5. Includes 3D instructional animations to deepen user understanding of system principles.

6. Reserved external interfaces to enhance students' hands-on skills.

7. Full aluminum alloy enclosure with foolproof operation prevents instrument damage.

Applicable Experiments

1. Used as a light source, it can output a 3k narrow-linewidth laser with a neutral wavelength of 1550.12nm and an output optical power of 10mW.

2. Source power attenuation: Output optical power can be reduced from 10mW downward.

3. Pulse generation: Outputs corresponding pulses based on modulated signals.

4. 80MHz optical frequency shift experiment

5. Pulse amplification experiment

6. Optical beat frequency generation experiment

7. Balanced detector detection experiment

8. Φ-OTDR system experiment

9. DAS distributed acoustic sensing with sound reconstruction

10. Quantitative PZT vibration signal reconstruction

11. Perimeter fence vibration monitoring experiment

12. Pipeline leak simulation experiment

13. Long-distance vibration information extraction and analysis experiment

14. Additional scenarios awaiting your development

More Customized Experiment Kits

As a manufacturer of distributed fiber optic sensing systems, we can provide customized teaching and experimental kits (including DTS, DAS, BOTDR/BOTDA systems, etc.) tailored to the specific needs of university research institutions.